Electrical Engineering/Power System Intern at SB Energy in Denver, CO

Summary: SB Energy is a leading company backed by SoftBank and Ares, focused on providing reliable and affordable energy solutions. They are seeking a Summer Electrical Engineering/Power System Intern to support the Engineering and Innovation team in various tasks related to data center and renewable energy projects, gaining hands-on experience in power systems and electrical design. Responsibilities: - Support development of single-line diagrams (SLDs) and conceptual electrical designs - Assist in power system design and analysis for data centers and renewable energy projects - Help improve coordination between High-voltage (HV) engineering team and Data center electrical design team - Support design documentation management, ensuring clarity, consistency, and quality across engineering deliverables - Assist the electrical team in improving engineering workflows and design processes - Help identify and implement opportunities to use AI tools to improve engineering efficiency, documentation, and design quality - Participate in internal design reviews and technical discussions Required Qualifications: - Pursuing a degree in Electrical Engineering (junior, senior, or graduate level) - Familiarity with data center electrical design concepts, including: - Power distribution systems - Redundancy design (N, N+1, 2N architectures) - Basic understanding of HV/MV systems - Ability to understand or support calculation of redundancy and system reliability in electrical and HV architectures - Familiarity with engineering tools such as AutoCAD - Strong communication skills and ability to work across engineering teams Preferred Qualifications: - Interest in grid reliability, system redundancy, and resilience design - Exposure to energy storage systems, backup power, or mission-critical infrastructure - Interest in applying AI/automation to engineering workflows Required Skills: Electrical Engineering, Data Center Electrical Design, Power Distribution Systems, Redundancy Design, High Voltage Systems, Medium Voltage Systems, System Reliability Calculation, AutoCAD, Utility-Scale Renewable Energy, Battery Energy Storage Systems (BESS), Grid Interconnection, AI-Assisted Engineering Workflows Benefits: Apply skills and knowledge learned in the classroom to on-the-job experiences, Comprehensive, value-added project(s), Work in teams and with cross-functional colleagues in a professional environment, Develop technical skills specific to your major, Gain opportunities for professional development by building relationships and learning from industry professionals in a live business environment, Final project summary presentation to the team